Agenda - 06-23-2004-9a - Laserfiche WebLink

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.- ..- .~ rage ~ ur a well water or storm water runoff. ~~ • Limit landscape irrigation and use drought resistant plants 3.2 WasteFVater Technology • Reduce municipally provided potable water for building sewage tlowby using gray water or waterless fixtures 3,3 Water Use Reduction • Reduce aggregate water use by a minimum of 20°% than the base, not including irrigation, after meeting EPA 1992 fixture performance requirements. Smith Middle and Scruggs Elementary would provide baseline use data, Enemy and Atmosphere 4.1 Minimum Energy Performance • Design building to meet ASHRAE/IESNA 90.1, state or local energy codes, whichever is more stringent 4.? CFC Reduction • Zero use of CFC-based refrigerants in HVAC systems • Check for other CFC materials, products and systems and make sure that all are CFC-free 4.3 Optimal Energy Efficiency • Increase energy performance by a minimum of 20% in new buildings and 10% in existing structures above those described in 4.1, as demonstrated by simulation using Energy Cost Budget Method described in section 1 I of ASHRAE/IESNA 90,1 4.4 Renewable Energy • During building design, consider the use of high temperature solar or geothermal assisted technologies to provide a portion of the total energy use of the building it[aterial and Resources 5.1 Storage and Collection of Recyclables • Provide an easily accessible location that serves the entire building for the collection, separation and storage of recyclables 5.3 Construction Waste IVlanagement • During the design process, develop a checklist that focuses on the reduction of construction waste from a design function • Develop a waste management plan that includes a reuse area, recycling area for separation, and a lunch area that provides for recycling • Recycle or salvage at least 75% of grading and clearing debris by weight http://nt~.scbbs.cum/cgi-bin/om_isapi.dll?clientID=54650?&depth=2&infobase=chaphill n.., S/11/2003